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Technical Meeting on Nuclear Data for Anti-neutrino Spectra and Their Applications


23-26 April 2019, IAEA Headquarters, Vienna, Austria

The Nuclear Data Section of the International Atomic Energy Agency is holding a Technical Meeting on Nuclear data for anti-neutrino spectra and their applications, from 23 to 26 April 2019.

The idea is to bring together experts from the broad spectrum of physics, theory and measurements, related to anti-neutrino studies for basic sciences (mixing angle in neutrino oscillations) and for applications (reactor monitoring with anti-neutrino detection), to review the current status of:

-neutrino anomalies and the sterile neutrino hypothesis
-existing measurements of integral beta spectra
-recent Daya Bay, Double Chooz and Reno results on spectra measurements
-results from short baseline experiments Prospect, SoLid, Neutrino-4/DANSS, NEOS
-conversion method and uncertainties, corrections
-summation method and impact of nuclear data (beta decay data; fission yield data; uncertainties and correlations)
-nuclear data libraries (ENDF/B; JEFF; JENDL)

The goal is to (a) assess the sensitivity of the observations to uncertainties affecting large and short-baseline anti-neutrino measurements, (b) address the limitations and uncertainties of the theoretical methods (conversion vs summation), (c) estimate their dependence on the available data (beta spectra, decay data, fission yields), and finally (d) make recommendations for the existing measurements, theories and evaluations and e) new proposals for the future where needed.

The meeting will start on Tuesday 23 April in the afternoon, and finish on Friday 26th April again in the afternoon.

The meeting will include presentations from experts covering the above listed topics and discussions that will lead to a list of recommendations for the relevant scientific community.

Summary report of the meeting is available as an INDC(NDS)-0786 report.

A list of abstracts is given below. Presentations are available in a separate table below.

Agenda

Meeting participants photo 1/photo 2

Abstracts

#AuthorTitleLink
1P. HuberAntineutrino spectrum prediction and nuclear dataDOC
2B.S. RascoThe Impact of Beta-Neutron Measurements on the Reactor Antineutrino AnomalyDOC
3K.P. Rykaczewski Determination of anti-neutrino energy spectra in fission productsDOC
4K.H. SchmidtExtensive study of the quality of fission yields from experiment, evaluation and GEF for anti-neutrino studies and applicationsPDF
5J. CaoMeasuring High Resolution Reactor Neutrino Spectrum with JUNO-TAODOC
6J. LinkThe CHANDLER ProjectDOC
7Y. EfremenkoResults from the COHERENT collaborationDOC
8Yufeng LiDiagnosing the Reactor Antineutrino Anomaly with Global Antineutrino Flux DataDOC
9B. LittlejohnReactor Antineutrino Flux Measurements at Daya BayPDF
10F.G. KondevDecay data measurements aimed at improving nuclear data for antineutrino spectra predictionsPDF
11M. WolinskaModular Total Absorption Spectrometer and anti-neutrino properties in fission productsPDF
12Liang ZhanMeasurement of Reactor Antineutrino Spectrum at Daya BayPDF
13T. YoshidaReactor Antineutrino as a New Frontier of FP Summation CalculationsDOC
14K.E. HeegerMeasurement of Antineutrinos from 235U with PROSPECT at the High Flux Isotope ReactorPDF
15S. SeoNEOS Results and StatusDOC
16S.B. KimPrecise Measurement of Reactor Antineutrino Yield and Spectrum at RENODOC
17M. WittelProspects for Spent Nuclear Fuel Safeguarding with AntineutrinosDOC
18N.S. BowdenImplications of the PROSPECT Aboveground Reactor Antineutrino DetectionPDF
19C. JolletThe Double Chooz experimentPDF
20A. VacheretMeasuring antineutrinos from the BR2 reactor core with the SoLid detectorPDF
21T. KawanoUpgrading the Fission Product Yield DatabasePDF
22A. HayesInadequacies of Current Antineutrino Spectra and New data NeedsPDF
23L. HayenForbidden transitions in reactor beta spectraPDF
24A. AlgoraPandemonium free beta decay data for antineutrino summation calculationsPDF
25D. SviridaUsing DANSS Antineutrino Detector for Industrial Reactor Power MonitoringPDF
26M. FallotUpdated Summation Method Model and New Prediction for the Reactor Antineutrino Detected Flux and Energy SpectrumPDF

Presentations

#AuthorTitleLink
1P. DimitriouIntroductionPDF
2C. JolletLast Double Chooz results and observations with null nuclear powerPDF
movie
3B. LittlejohnDaya Bay antineutrino flux measurementsPDF
4L. ZhanDaya Bay spectrum measurementsPDF
5S.B. KimPrecise Measurement of Reactor Antineutrino Yield and Spectrum at RENOPDF
6J. CaoTAO-JUNOS experimentPDF
7Y. LiGlobal reactor flux analysisPDF
8J. LinkCHANDLER: A New Technology for Surface-level Reactor Neutrino DetectionPDF
9S.-H. SeoNEOS I & IIPDF
10A. VacheretSoLiDPDF
11D. SviridaDANSS experimentPDF
12K. HeegerPROSPECTPDF
13N. BowdenPROSPECT ApplicationsPDF
14Y. EfremenkoCoherent elastic neutrino-nucleus scatteringPDF
15P. HuberAntineutrino spectrum prediction and nuclear dataPDF
16A. HayesCurrent status of the reactor neutrino spectrumPDF
17L. HayenFirst-forbidden transition in reactor antineutrino spectrumPDF
18T. YoshidaReactor Antineutrino as a Frontier of the FP Summation CalculationPDF
19M. FallotUpdated Summation Method Model and New Prediction for Reactor Antineutrinos Detected Flux and Energy SpectrumPDF
20A. SonzogniUncertainty quantification in the summation method for nuclear reactor antineutrinosPDF
21A. AlgoraPandemonium free beta decay for antineutrino summation calculationsPDF
22M. WolinskaModular Total Absorption SpectrometerPDF
23K. RykaczewskiDetermination of anti-neutrino energy spectra in fission products PDF
24B.C. RascoDetermination of anti-neutrino energy spectra in fission productsPDF
25F. KondevImproving Nuclear Data for Neutron-rich Fission ProductsPDF
26K.-H. SchmidtExtensive study of the quality of fission yields from experiment, evaluation and GEF for anti-neutrino studies and applicationsPDF
27T. KawanoCalculation of Independent and Cumulative Fission Product Yields and Fission Spectrum with the Statistical Decay TheoryPDF
28M. WittelProspects for Spent Nuclear Fuel Safeguarding with AntineutrinosPDF

 Last Updated: 06/16/2021 10:12:11